Thanks for the links. I've been considering doing something like this in my garage, but using air hose and copper T's and pipe for the drops. Something else to consider...
I've seen a couple people say they've installed them and haven't heard about leaks. I have for black pipe and copper, though i'm sure there are a lot more people who have installed those than the nylon tube system. A comment from an actual user and a link to another can be found at Garage Journal.
Wow, that HF setup looks like a great deal. I have looked at the Garage Pak aluminum setups before, but they were prohibitively expensive. Copper was my next choice, but it would involve a lot of sweating (the copper and me!). The HF kit looks like it would go up in no time.
We use these type of systems on multi-million dollar robots at work running
90-100psi. They work great. It's really nice to not be physically confined
because of rigid tubing like iron pipe. I guess you can think of it like PEX
tubing for air instead of water. They sell the connectors at McMaster-Carr,
too.
We usually run 1/8" or 1/4" tubing for most of the system which doesn't
require high CFM.
I have found, though, that if you need to disconnect the tubing, the tubing
develops a permanent crimp in the end which will cause leaks when
reconnected. I usually snip off that little 1/4" to get to some fresh tubing.
The HF package includes a tubing cutter.
We use these type of systems on multi-million dollar robots at work running
90-100psi. They work great. It's really nice to not be physically confined
because of rigid tubing like iron pipe.
That's what I like about it that it installs easy and can be moved easily.
.
Thats a great idea. I've been considering the copper pipe now that the prices have finally dropped a little, but sure like the idea of a quick easy install. Will have to plan a project soon that includes containing the compressor noise as well as an airline system. Thanks for sharing this.
As an alternative there are push lock fittings for copper if you'd prefer copper but don't want to solder. The push lock fittings are currently used with water lines. It is an expensive option but they available at the local hardware or plumbing store.
Flexible lines for air supply can have issues with sagging which allow water to gather in the sag which is never good. The flexibility of these airlines makes for easy installation but it also makes it easier to make mistakes in system design.
A properly set up air supply is always pitched toward the source or towards a drain so the water runs back to a place where you can purge it. Another caveat is to never tap into the bottom of the supply line, your tap should always point up and make a "U" to go down. Following these basic rules can improve compressed air quality significantly and lessen the dependence on filters for "dry" air even in a small shop.
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